1): For the electrical circuit shown below, answer the following questions: &=0 S R W 1002 1 - 2019 C=10uF Ved=0 150m a)

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1 For The Electrical Circuit Shown Below Answer The Following Questions 0 S R W 1002 1 2019 C 10uf Ved 0 150m A 1 (65.11 KiB) Viewed 23 times

1): For the electrical circuit shown below, answer the following questions: &=0 S R W 1002 1 - 2019 C=10uF Ved=0 150m a) Derive the second order differential equation that describes the inductor current in. (4 marks) b) Transform the second order equation derived in (b) into a set of first order equations. (2 marks) c) Transform the first order equations derived in (c) into integral (state) equations, that can be used to build the model of this circuit. (2 marks) d) What is the value of current i, directly after closing the switch S and what is its steady state value. (2 marks)